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AxPhysics
India
เข้าร่วมเมื่อ 6 พ.ค. 2021
Physics content for exam preparation as well as learning basic science
Rotational Mechanics | L4 | CoM of Continuous Mass Distribution and Combination of Systems
In this lecture, I teach:
1. Basics of how to find out the position of centre of mass of a continuous mass distribution
2. Derivation of position of centre of mass of a uniform rod
3. Derivation of position of centre of mass of a combination of systems
4. Centre of mass of an L-shaped object.
1. Basics of how to find out the position of centre of mass of a continuous mass distribution
2. Derivation of position of centre of mass of a uniform rod
3. Derivation of position of centre of mass of a combination of systems
4. Centre of mass of an L-shaped object.
มุมมอง: 16
วีดีโอ
Ray Optics | L2 | Mirror Formula Derivation and Application | Sign Convention in Optics
มุมมอง 92 ชั่วโมงที่ผ่านมา
In this lecture, we discuss: 1. Some more basics of image formation 2. Derivation and conditions for the mirror formula 3. The rules of sign convention which make the formula applicable in every case 4. Some problems on image formation
Rotational Mechanics | L3 | Centre of Mass of a Two Particle System | Properties | Motion
มุมมอง 64 ชั่วโมงที่ผ่านมา
In this lecture, we discuss in detail about the position and motion of the centre of mass of a system of two particles.
Ray Optics | L1 | Basics of Vision | Laws of Reflection | Reflection by a Plane Mirror
มุมมอง 54 ชั่วโมงที่ผ่านมา
In this lecture, we discuss: 1. How we perceive distance of an object based on the light entering our eyes 2. Basic Laws of Reflection 3. Problems on Laws of Reflection 4. Image formation by Plane Mirror
Rotational Mechanics | L2 | Rigid Body Constraint | Centre of Mass | Basics
มุมมอง 109 ชั่วโมงที่ผ่านมา
In this lecture, we discuss: 1. Three different methods to derive a string constraint 2. The idea of centre of mass 3. Acceleration, velocity and position of centre of mass 4. Finding the position of centre of mass in simple cases
Rotational Mechanics | L1 | Rigid Body Condition | Need for Separate Equations to Describe Rotation
มุมมอง 1612 ชั่วโมงที่ผ่านมา
In this lecture, you learn about: 1. Why we need separate equations and analysis to describe the motion of rotating objects 2. Basics of rotational motion 3. What a rigid body is 4. Mathematical conditions that can be written for particles of a rigid body
EM Waves | L3 | Energy Density and Intensity of EM Waves | Intensity at a Certain Distance
มุมมอง 612 ชั่วโมงที่ผ่านมา
In this lecture , we discuss: 1. Energy carried by an EM wave 2. Energy density in an EM wave 3. How the energy density can be expressed entirely in terms of its electric field or entirely in terms of its magnetic field 4. Intensity of an EM wave 5. Calculation of intensity of radiation at a distance from different types of sources
EM Waves | L2 | Properties of EM waves | Wave Equation | Speed | Direction | Phase Relation
มุมมอง 7วันที่ผ่านมา
EM Waves | L2 | Properties of EM waves | Wave Equation | Speed | Direction | Phase Relation
EM Waves | L1 | Displacement Current | Maxwell's Equations | Problems
มุมมอง 23วันที่ผ่านมา
In this lecture, we discuss: 1. Maxwell's observations 2. Displacement current calculation 3. Ampere-Maxwell Law 4. Maxwell's Equations
Alternating Current | L9 | Transformer | Step Up Step Down | Working principle | EMF | Current
มุมมอง 8วันที่ผ่านมา
In this lecture, I teach the basic use of a transformer, its working and how the input and output voltages are related to each other.
Alternating Current | L8 | L-C Oscillations | Charge and Current Equations | Energy
มุมมอง 1714 วันที่ผ่านมา
In this lecture, we discuss in detail about LC oscillations, how they exchange energy, how to calculate current, charge and energy at any time.
Alternating Current | L7 | How to Solve Problems on Alternating Current | Inductor | Capacitor
มุมมอง 1914 วันที่ผ่านมา
In this lecture, we solve a few previous JEE Main problems from the chapter Alternating Current. We also discuss how capacitors and inductors behave when DC and AC voltages are applied to them.
Alternating Current | L6 | Resonance | Current | Voltage Across Combinations of Elements | Phase
มุมมอง 2121 วันที่ผ่านมา
In this lecture, you get to learn: 1. How to calculate voltage across any circuit element in LCR series circuit 2. The concept of resonance 3. Resonant frequency 4. Power factor at resonance 5. Phase relation between voltage across capacitor and inductor
Alternating Current | L5 | LCR Series Circuit | Core Concepts | Power Factor | Impedance | Current
มุมมอง 2921 วันที่ผ่านมา
In this lecture, you get to learn: 1. How to derive the current expression when a combination of L, C and R are connected across an AC source 2. How to derive voltage across individual elements based on the current equation 3. Power dissipated by an AC circuit 4. Power Factor 5. Impedance triangle
Alternating Current | L4 | Alternating Voltage Applied Across an Inductor | Current, Energy, Phase
มุมมอง 1828 วันที่ผ่านมา
Alternating Current | L4 | Alternating Voltage Applied Across an Inductor | Current, Energy, Phase
Alternating Current | L3 | Alternating EMF applied to a Capacitor | Charge, Current, Reactance
มุมมอง 15หลายเดือนก่อน
Alternating Current | L3 | Alternating EMF applied to a Capacitor | Charge, Current, Reactance
Alternating Current | L2 | Alternating EMF applied across a resistor | RMS current and voltage
มุมมอง 16หลายเดือนก่อน
Alternating Current | L2 | Alternating EMF applied across a resistor | RMS current and voltage
Alternating Current | L1 | Equation of Alternating EMF | Average EMF | Time Period | Frequency
มุมมอง 16หลายเดือนก่อน
Alternating Current | L1 | Equation of Alternating EMF | Average EMF | Time Period | Frequency
Electromagnetic Induction | L9 | A C Generator | Eddy Currents | Energy Density in Magnetic Field
มุมมอง 54หลายเดือนก่อน
Electromagnetic Induction | L9 | A C Generator | Eddy Currents | Energy Density in Magnetic Field
Electromagnetic Induction | L8 | Mutual Inductance | M12 = M21 | Coaxial Solenoids
มุมมอง 64หลายเดือนก่อน
Electromagnetic Induction | L8 | Mutual Inductance | M12 = M21 | Coaxial Solenoids
Earth Getting a Second Moon | Learn the Physics Behind it
มุมมอง 241หลายเดือนก่อน
Earth Getting a Second Moon | Learn the Physics Behind it
Puzzling Physics Concepts | Which Way Does The Ball Start Moving?
มุมมอง 79หลายเดือนก่อน
Puzzling Physics Concepts | Which Way Does The Ball Start Moving?
Electromagnetic Induction | L7 | Growth and Decay of Current in Inductor | Mutual Inductance
มุมมอง 40หลายเดือนก่อน
Electromagnetic Induction | L7 | Growth and Decay of Current in Inductor | Mutual Inductance
Electromagnetic Induction | L6 | Inductor Behavior | Circuits with Inductors | Voltage | Energy
มุมมอง 32หลายเดือนก่อน
Electromagnetic Induction | L6 | Inductor Behavior | Circuits with Inductors | Voltage | Energy
Electromagnetic Induction | L5 | Induced Electric Field | Self Inductance | Solenoid | Problems
มุมมอง 28หลายเดือนก่อน
Electromagnetic Induction | L5 | Induced Electric Field | Self Inductance | Solenoid | Problems
Electromagnetic Induction | L4 | Motional EMF | Voltage Between Two Points | Induced Electric Field
มุมมอง 13หลายเดือนก่อน
Electromagnetic Induction | L4 | Motional EMF | Voltage Between Two Points | Induced Electric Field
Electromagnetic Induction | L3 | Motional EMF | E = Bvl | Faraday's Law | Expanding Loop
มุมมอง 11หลายเดือนก่อน
Electromagnetic Induction | L3 | Motional EMF | E = Bvl | Faraday's Law | Expanding Loop
Electromagnetic Induction | L2 | Problems based on Faraday's and Lenz's Laws | Average EMF
มุมมอง 9หลายเดือนก่อน
Electromagnetic Induction | L2 | Problems based on Faraday's and Lenz's Laws | Average EMF
Electromagnetic Induction | L1 | Magnetic Flux | Faraday's Observations and Law | Lenz's Law
มุมมอง 27หลายเดือนก่อน
Electromagnetic Induction | L1 | Magnetic Flux | Faraday's Observations and Law | Lenz's Law
Tks sir for this useful lecture as earlier I was wondering why has area to do with dist speed time.
Sirs, how do I think about the differentiation?
Differentiation is division of very small (infinitesimal) changes in quantities. The changes are so small they tend to zero.
Thank you for this video!!! It helped a lot!
Finally I got my answer ,i got to know about this second moon today itself. without any struggle i got very good explanation, thank you sir
🙌🏻 🙌🏻🙌🏻🙌🏻
Super aslu ni ball concept 😂😂
Superb sir👍👍 We expect more videos like this sir especially from the concept of modern physics
Excellent
Your video completely make sense of the whole idea of inregration!... Thanks
keep moving sir
Which chapter do you want me to move to?
@@axphysics sir keep moving forward in life
@@Shaurya0707 noted 👍🏽
TQ
You were of excellent help, thank you very much
thank you sir this has helped me more than any textbook ever
Helpful
Glad it helped
😮❤
Superb 👏 crystal clear 🥳
Thank You so much for this amazing video
Very well explained 🙂
thx
thank u!!!
Clear. Thanks 😊 sir ji.
Sir I am benefitted from your class
Thank you so much. The video gave me what i've been searching for months. helped a lot <3
Thanks sir for clearing my concept
Thankyou so much sir for your valuable time towards giving us this knowledge and technique of using integration❤
❤❤❤
you made it so much easier to understand, thank you sir!
Thanks sir 😃
Sir i was your student in Aakash madurai(2020 11th batch)..then i transferred to online wing , but didn't get faculty like you for physics..happy to see you again here in yt.pls take 12th concepts also.
Yes, I will develop content for 12th as well.
Thank you sir
A great way of delivering these basic and essential concepts of physics with your beautiful animation skills, Ajay. I am sure these animations not only will help them understand well, but also in getting rid of that fear of physics in some students. I know you were interested in Android app developments before, but the way you have been applying those skills in teaching is simply outstanding. Kudos to your passion for teaching, bro!! All the best :)
Perfect, also explain with numericals😁
In division process , when I assume A=B , I can’t get 1 as answer sir. Could you please explain why is it so sir??
Why not! When A and B true values are equal, then A/B true value will be equal to 1.
Sir I have a doubt sir.. Sir , can the true value be less than the absolute error sir.. Because in one subtraction process I got as 2±4 sir...
Yes, it can happen . Nothing wrong.
Ok sir Thank you sir
Congrats sir.
Practicality at next level!
👌👍...
Thank you sir
Nice video , Helpful
Thank you
Excellent sir 👍
Thank you sir
Keep up the good work going sir ❤️
Thank you